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Parking areas at BUT for energy use
Al Halabi, Enas ; Vrána, Michal (referee) ; Paar, Martin (advisor)
Diplomová práce se zaměřuje na koncept solárních carportů na parkovištích pro nabíjení elektromobilů (EV), popisuje jejich konstrukci, komponenty, konfiguraci a výhody. Práce zohledňuje potenciál EV pro poskytování služeb energetické síti, jako V2G, zdůrazňuje potřebu techniky inteligentní nabíjení, efekty kontrolovaného nabíjení, dále je přestaven největší realizovaný projekt solárního carportu v České republice. Hlavní částí práce je návrh tři solárních carportů pro vybrané parkovací plochy na VUT v Brně. Návrh a vyhodnocení solárních carportů s dobíjecími stanicemi pro elektromobily je provedená pomocí softwaru PV SOL.
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Electric vehicle charging solutions in apartment complexes
Machajdík, Marek ; Poulíček, Matěj (referee) ; Štětina, Josef (advisor)
In the work, public charging stations are classified, their description is given, and is added information about the compatibility of charging stations with current electric cars. Information of individual electric car charging using wallboxes is summarized and their characteristic features and power limits are listed. Considerable attention is paid to V2B technology and the possibilities of charging electric cars in multi-unit apartment buildings with their own parking space. The work will also include a file used to calculate a suitable solution for charging electric cars in an apartment building. The final part of the work is devoted to the solution of charging electric cars for a specific apartment building using the created calculation file.
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Electric vehicle charging solutions in apartment complexes
Machajdík, Marek ; Poulíček, Matěj (referee) ; Štětina, Josef (advisor)
In the work, public charging stations are classified, their description is given, and is added information about the compatibility of charging stations with current electric cars. Information of individual electric car charging using wallboxes is summarized and their characteristic features and power limits are listed. Considerable attention is paid to V2B technology and the possibilities of charging electric cars in multi-unit apartment buildings with their own parking space. The work will also include a file used to calculate a suitable solution for charging electric cars in an apartment building. The final part of the work is devoted to the solution of charging electric cars for a specific apartment building using the created calculation file.
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